static ssize_t lge_cable_adc_show(struct device *dev,
struct device_attribute *attr, char *buf)
{
#if defined(CONFIG_MACH_MSM8960_L1m)
uint32_t battery_info_get(void);
uint32_t BAT_ID_temp;
#endif
struct lgeusb_dev *usbdev = _lgeusb_dev;
struct chg_cable_info info;
if (usbdev->get_cable_adc)
usbdev->get_cable_adc(&info);
else
return -1;
if(info.cable_type >= NO_INIT_CABLE && info.cable_type <=CABLE_NONE)
#if defined(CONFIG_MACH_MSM8960_L1m)
{
BAT_ID_temp = battery_info_get(); //20120904 Checking Battery ID (from EEPROM)
return sprintf(buf, "%s:TA(%d)USB(%d)ADC(%d)TH(%d), BAT_ID(%d)\n", (char*)strCable[info.cable_type], info.ta_ma, info.usb_ma, info.adc, info.threshould, BAT_ID_temp); /*20120904 added battery id*/
}
#else
{
return sprintf(buf, "%s:T(%d)U(%d)A(%d)(%d)", (char*)strCable[info.cable_type], info.ta_ma, info.usb_ma, info.adc, battery_info_get);
}
#endif
else
return -1;
static void lm3530_set_main_current_level(struct i2c_client *client, int level)
{
struct lm3530_device *dev;
int cal_value;
int min_brightness = main_lm3530_dev->min_brightness;
int max_brightness = main_lm3530_dev->max_brightness;
dev = (struct lm3530_device *)i2c_get_clientdata(client);
dev->bl_dev->props.brightness = cur_main_lcd_level = level;
mutex_lock(&main_lm3530_dev->bl_mutex);
if(level!= 0){
if (level <= MIN_LEVEL)
cal_value = min_brightness;
else if(level > MIN_LEVEL && level < MAX_LEVEL_BL)
cal_value = level;
else if(level >=MAX_LEVEL_BL)
cal_value = max_brightness;
#ifdef CONFIG_LGE_PM_FACTORY_CURRENT_DOWN
if((0 == battery_info_get())&&((usb_cable_info == 6) ||(usb_cable_info == 7)||(usb_cable_info == 11)))
{
cal_value = min_brightness;
}
#endif
lm3530_write_reg(client, 0xA0, cal_value);
printk ("level=%d,cal_value=%d\n",level,cal_value);
}
else{
lm3530_write_reg(client, 0x10, 0x00);
}
mutex_unlock(&main_lm3530_dev->bl_mutex);
}
int16_t battery_get_parameter_value(uint8_t parameter)
{
uint16_t value;
os_enterCS();
switch(parameter)
{
case MODEL_TYPE: value = 1; break;
case PROGRAM_REV: value = 530; break;
case PAR_TAB_REV: value = 530; break;
case NENNSPNG: value = 35520; break;
case NENNSTROM: value = 2500; break;
case SERIE_NUMMER: value = 11178; break;
case REP_DATUM: value = 0; break;
case STANDZEIT: value = 64; break;
case FAHR_LADE_ZEIT: value = 9; break;
case LAST_ERROR: value = 0; break;
case BUS_ADRESSE: value = battery.address; break;
case DRIVE_STATE: value = plc_get_drive_state(); break;
case COMMAND: value = !battery_info_get(BAT_REL_OPEN); break;
case PARAM_PROT: value = 0; break;
case BINFO: value = battery_get_info(); break;
// We simulate 3 batteries. Thus each of them reports one third of the real value.
case IST_STROM: value = 0; break;
case LADESTROM: value = 400; break;
case FAHRSTROM: value = -800; break;
case TOTAL_SPANNUNG: value = 0; break;
case SOLL_LADESPG: value = 40000; break;
// We simulate 3 batteries. Thus each of them reports one third of the real value.
case AH_ZAEHLER: value = battery.ah_counter; break;
case Q: value = -1400; break;
case LEISTUNG: value = 0; break;
case BATTERIE_TEMP: value = 0; break;
case FINFO: value = 0; break;
case SYM_SPANNUNG: value = 26; break;
case TEILSPANNUNG1: value = 5100; break;
case TEILSPANNUNG2: value = 5100; break;
case TEILSPANNUNG3: value = 5100; break;
case TEILSPANNUNG4: value = 5100; break;
case TEILSPANNUNG5: value = 5100; break;
case TEILSPANNUNG6: value = 5100; break;
case TEILSPANNUNG7: value = 5100; break;
case TEMPERATUR1: value = battery.temperatur_1; break;
case TEMPERATUR2: value = battery.temperatur_2; break;
case TEMPERATUR3: value = battery.temperatur_3; break;
case TEMPERATUR4: value = battery.temperatur_4; break;
case TEMPERATUR5: value = battery.temperatur_5; break;
case TEMPERATUR6: value = battery.temperatur_6; break;
case TEMPERATUR7: value = battery.temperatur_7; break;
case TEMPERATUR8: value = battery.temperatur_8; break;
case TEMPERATUR9: value = battery.temperatur_9; break;
case TEMPERATUR10: value = battery.temperatur_10; break;
case TEMPERATUR11: value = battery.temperatur_11; break;
case TEMPERATUR12: value = battery.temperatur_12; break;
case TEMPERATUR13: value = battery.temperatur_13; break;
case TEMPERATUR14: value = battery.temperatur_14; break;
case PC_CALIBR_TEMP: value = 0x5678; break;
case MAX_BAT_TEMP: value = 0; break;
case UMGEBUNGS_TEMP: value = 0; break;
case MAX_LADETEMP: value = 4500; break;
case MIN_LADETEMP: value = 0; break;
case MAX_FAHRTEMP: value = 4500; break;
case MIN_FAHRTEMP: value = 0; break;
case MAX_LAGERTEMP: value = 4500; break;
case MIN_LAGERTEMP: value = 0; break;
case MAX_KAPAZITAET: value = 305; break;
case MIN_KAPAZITAET: value = 280; break;
case GELADENE_AH: value = 0; break;
case ENTLADENE_AH: value = 0; break;
case LADEZYKLEN: value = 0; break;
case TIEFENTLADE_ZYKLEN: value = 0; break;
case MAX_ENTLADE_STROM: value = -800; break; // Times 3 blocks -> 24A
case ZYKLUS_UEBER_110: value = 0; break;
case ZYKLUS_UEBER_100: value = 0; break;
case ZYKLUS_UEBER_90: value = 0; break;
case ZYKLUS_UEBER_80: value = 0; break;
case ZYKLUS_UEBER_70: value = 0; break;
case ZYKLUS_UEBER_60: value = 0; break;
case ZYKLUS_UEBER_50: value = 0; break;
case ZYKLUS_UEBER_40: value = 0; break;
case ZYKLUS_UEBER_30: value = 0; break;
case ZYKLUS_UEBER_20: value = 0; break;
case ZYKLUS_UEBER_10: value = 0; break;
case ZYKLUS_UNTER_10: value = 0; break;
case MAX_UEBERLADUNG: value = 850; break;
case MIN_LDG_F_VOLL: value = -500; break;
case STROM_ZUNAHME: value = 40; break;
case MAX_LADE_SPG: value = 40000; break;
case MIN_LADE_TEMP: value = 0; break;
case MAX_LADE_TEMP: value = 4500; break;
case MAX_TEMP_ZUNAHME: value = 100; break;
case MAX_LADEZEIT: value = 800; break;
case SYMMETRIER_STROM: value = 28; break;
case LADE_STR_UNTER_M10: value = 56; break;
case LADE_STR_UEBER_M10: value = 56; break;
case LADE_STR_UEBER_P00: value = 280; break;
case LADE_STR_UEBER_P10: value = 280; break;
case LADE_STR_UEBER_P20: value = 280; break;
case LADE_STR_UEBER_P30: value = 280; break;
case LADE_STR_UEBER_P40: value = 79; break;
case LADE_STR_UEBER_P45: value = 28; break;
case LADE_STR_UEBER_P50: value = 28; break;
case LADE_SPG_UNTER_M10: value = 40000; break;
case LADE_SPG_UEBER_M10: value = 40000; break;
case LADE_SPG_UEBER_P00: value = 40000; break;
case LADE_SPG_UEBER_P10: value = 40000; break;
case LADE_SPG_UEBER_P20: value = 40000; break;
case LADE_SPG_UEBER_P30: value = 40000; break;
case LADE_SPG_UEBER_P40: value = 37440; break;
case LADE_SPG_UEBER_P45: value = 36480; break;
case LADE_SPG_UEBER_P50: value = 35520; break;
case NOM_KAPAZITAET: value = 3; break;
case MIN_FAHR_SPANNUNG: value = 31000; break;
case SELBST_ENTL_STROM: value = 28000; break;
case TIEFENTLADE_SPG: value = TIEFENTLADE_SPANNUNG; break;
case MAX_SPANNUNG_DIFF: value = 500; break;
case MIN_FAHR_TEMP_B: value = -2500; break;
case MAX_FAHR_TEMP_B: value = 6000; break;
case MAX_FAHR_STROM: value = -1000; break;
case AD_STROM: value = 0x817F; break;
case KAL_TEMP_7_6: value = 0xFFFF; break;
case KAL_TEMP_5_4: value = 0xFEFD; break;
case KAL_TEMP_3_2: value = 0xFCFD; break;
case KAL_TEMP_1_AMB: value = 0x00FE; break;
case KAL_TEMP_GD_14: value = 0x7C00; break;
case KAL_TEMP_13_12: value = 0x00FF; break;
case KAL_TEMP_11_10: value = 0xFE00; break;
case KAL_TEMP_9_8: value = 0x0002; break;
case SENSOR_MASK: value = 0x0000; break;
case OFFS_KLEIN_STL: value = 1508; break;
case OFFS_GROSS_STL: value = 12523; break;
case KALIB_SPG_1: value = 0x00A3; break;
case KALIB_SPG_2: value = 0x009F; break;
case KALIB_SPG_3: value = 0x00A6; break;
case KALIB_SPG_4: value = 0x00B1; break;
case KALIB_SPG_5: value = 0x007C; break;
case KALIB_SPG_6: value = 0x00A7; break;
case KALIB_SPG_9: value = 0x00A7; break;
case DEBUG_VALUE_C: value = 22498; break;
case DEBUG_VALUE_H: value = 0x57E2; break;
case DEBUG_VALUE_ADDR: value = 0xFFFF; break;
case GESCHWINDIGKEIT: value = 0; break;
case TAGESKILOMETER: value = 0; break;
default:
value = 0x0000;
error(ERROR_UNKNOWN_PARAMETER);
}
os_exitCS();
return value;
}
